A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building scaffold capable of preventing constructors from falling
The invention relates to the technical field of scaffolds, and discloses a building scaffold capable of preventing constructors from falling. The building scaffold comprises a water tank, wherein four vertical pipes are movably embedded in the upper surface of the water tank, a water pipe is fixedly connected to the upper portions of every two vertical pipes, two water outlet pipes are fixedly connected to the lower surface of the water pipe on the left side, four transverse pipes are fixedly embedded in the sides, close to each other, of the two water pipes, containing boxes are arranged at the two ends of the water pipes, a water inlet box is arranged outside the water pipe on the right side, and a protection pad is fixedly connected to the interior of an outer groove. A kinetic energy waterwheel is arranged to be matched with the containing boxes and the protection pad, when water flows into the water pipe on the right side, fan blades are driven to rotate outside a rotating rod through kinetic energy provided by the water flow, the fan blades generate airflow while rotating till an inflation air cushion extends outwards in the outer groove to be horizontal to the ground, at the moment, protection can be provided for workers through the inflation air cushion when the workers fall down, the workers are prevented from directly falling to the ground, and the effect of improving the safety of the workers during work is achieved.
本发明涉及脚手架的技术领域，且啊公开了一种可避免施工人员跌落的建筑施工架，包括水箱，水箱的上表面活动镶嵌有四个立管，每两个立管的上方均固定连接有水管,左侧的水管下表面固定连接有两个出水管,两个水管相靠近的一侧固定镶嵌有四个横管,水管的两端均设置有放置箱，且右侧的水管外设置有进水箱，外槽的内部固定连接有防护垫，通过设置动能水车配合放置箱与防护垫，在水流向右侧的水管内流去时，并借由水流提供的动能带动扇叶在转杆的外部进行转动，扇叶在转动的同时产生气流，并直至充气气垫在外槽内向外延伸成与地面水平状，此时借由充气气垫可以在工人摔倒时为工人提供防护，避免工人直接摔落掉向地面，达到提高工人在工作时安全性的效果。
Building scaffold capable of preventing constructors from falling
The invention relates to the technical field of scaffolds, and discloses a building scaffold capable of preventing constructors from falling. The building scaffold comprises a water tank, wherein four vertical pipes are movably embedded in the upper surface of the water tank, a water pipe is fixedly connected to the upper portions of every two vertical pipes, two water outlet pipes are fixedly connected to the lower surface of the water pipe on the left side, four transverse pipes are fixedly embedded in the sides, close to each other, of the two water pipes, containing boxes are arranged at the two ends of the water pipes, a water inlet box is arranged outside the water pipe on the right side, and a protection pad is fixedly connected to the interior of an outer groove. A kinetic energy waterwheel is arranged to be matched with the containing boxes and the protection pad, when water flows into the water pipe on the right side, fan blades are driven to rotate outside a rotating rod through kinetic energy provided by the water flow, the fan blades generate airflow while rotating till an inflation air cushion extends outwards in the outer groove to be horizontal to the ground, at the moment, protection can be provided for workers through the inflation air cushion when the workers fall down, the workers are prevented from directly falling to the ground, and the effect of improving the safety of the workers during work is achieved.
本发明涉及脚手架的技术领域，且啊公开了一种可避免施工人员跌落的建筑施工架，包括水箱，水箱的上表面活动镶嵌有四个立管，每两个立管的上方均固定连接有水管,左侧的水管下表面固定连接有两个出水管,两个水管相靠近的一侧固定镶嵌有四个横管,水管的两端均设置有放置箱，且右侧的水管外设置有进水箱，外槽的内部固定连接有防护垫，通过设置动能水车配合放置箱与防护垫，在水流向右侧的水管内流去时，并借由水流提供的动能带动扇叶在转杆的外部进行转动，扇叶在转动的同时产生气流，并直至充气气垫在外槽内向外延伸成与地面水平状，此时借由充气气垫可以在工人摔倒时为工人提供防护，避免工人直接摔落掉向地面，达到提高工人在工作时安全性的效果。
Building scaffold capable of preventing constructors from falling
一种可避免施工人员跌落的建筑施工架
LU YAN (author) / TIAN LUQING (author) / WU JIAN (author) / ZHOU CHUANLONG (author)
2021-09-28
Patent
Electronic Resource
Chinese
Construction site scaffold device capable of preventing accidental falling
| European Patent Office | 2021